How does Entity Framework Core handle database migrations?

  • Code-First Migrations
  • Manually Updating the Database Schema
  • Automatic Schema Synchronization
  • Third-Party Plugins
Entity Framework Core employs automatic schema synchronization to handle database migrations. It automatically generates and runs SQL scripts to update the database schema to match the model changes. Developers don't need to write migration scripts manually, making it a convenient approach.

In the MVC design pattern, the _________ is responsible for updating the view and processing user input.

  • Controller
  • Model
  • View
  • Middleware
In the MVC (Model-View-Controller) pattern, the Controller is responsible for updating the view and processing user input. It acts as an intermediary between the Model (data) and the View (user interface). The Controller receives user requests, processes them, and updates the View accordingly.

You're tasked with creating a custom configuration provider for your ASP.NET Core application. What interface should your custom provider implement?

  • IConfigurationProvider
  • IConfigurationRoot
  • IConfiguration
  • IServiceProvider
To create a custom configuration provider for an ASP.NET Core application, your provider should implement the IConfigurationProvider interface. This interface defines methods for reading and updating configuration data, allowing you to extend the configuration capabilities of your application.

Using the _________ extension method, you can create custom middleware by providing inline middleware logic in the Startup class.

  • UseMiddleware
  • AddMiddleware
  • CreateMiddleware
  • ConfigureMiddleware
In ASP.NET Core, you can create custom middleware by using the UseMiddleware extension method in the Startup class. This method allows you to provide inline middleware logic directly within the Configure method of the Startup class, making it convenient to define middleware as part of your application's configuration.

What is the primary distinction between Visual Studio and Visual Studio Code?

  • Visual Studio is a full-featured IDE, while Visual Studio Code is a lightweight code editor.
  • Visual Studio is open-source, while Visual Studio Code is proprietary.
  • Visual Studio is cross-platform, while Visual Studio Code is Windows-only.
  • Visual Studio supports Python, while Visual Studio Code does not.
The primary distinction between Visual Studio and Visual Studio Code is that Visual Studio is a full-featured Integrated Development Environment (IDE) with extensive features for various languages and platforms, while Visual Studio Code is a lightweight, open-source code editor. Visual Studio is often used for complex, multi-language development, whereas Visual Studio Code is a more streamlined choice for coding and scripting tasks.

How can you specify a shadow property using the Fluent API in Entity Framework Core?

  • Using .HasShadow()
  • Using .Property().IsShadow()
  • Using .IsShadowProperty()
  • Shadow properties cannot be defined with Fluent API
Shadow properties are properties that are not part of your entity class but are included in the database model. You can specify a shadow property using the .HasShadow() method in Entity Framework Core's Fluent API.

In the context of Razor Tag Helpers, what does the Process method do?

  • Defines tag structure
  • Handles tag rendering
  • Processes HTTP requests
  • Manages server configuration
The Process method in Razor Tag Helpers is responsible for handling tag rendering. It allows you to generate and customize the HTML markup associated with the tag helper, making it a crucial part of rendering dynamic content on web pages.

What would you use to create reusable UI components in Razor views?

  • Partial Views
  • HTML
    elements
  • JavaScript functions
  • CSS stylesheets
To create reusable UI components in Razor views, you can use Partial Views. Partial Views are self-contained Razor files that can be included in other views, enabling you to modularize and reuse UI components across multiple pages in your application.

Middleware that doesn't call the next delegate in the pipeline effectively _________ the pipeline.

  • Halts
  • Completes
  • Pauses
  • Skips
Middleware in ASP.NET Core is designed to be executed in a pipeline, where each middleware component can process the request and then pass it along to the next middleware using the next delegate. Middleware that doesn't call the next delegate effectively halts the pipeline, preventing subsequent middleware components from executing.

What is the primary purpose of middleware in ASP.NET Core?

  • Handling HTTP requests and responses
  • Managing databases
  • Creating user interfaces
  • Generating unit tests
Middleware in ASP.NET Core is primarily responsible for handling HTTP requests and responses. It sits between the client and the application's request pipeline, allowing you to process and modify incoming requests and outgoing responses, making it a crucial part of request processing.